Detachable multifunctional storage and transportation cabinet and assembling method thereof

Abstract

The invention discloses a detachable multifunctional storage and transportation cabinet and an assembling method thereof. The detachable multifunctional storage and transportation cabinet is mainly characterized in that a basic flat board formed by box wall boards is arranged above a tray in a stacked mode, multiple groups of locking-connecting modules are arranged on the basic flat board, and the box wall boards are assembled step by step to form storage boxes and storage and transportation cabinet bodies. The box wall boards are formed by respectively inserting connecting arms of multiple zigzag-rule-shaped corner parts into multiple hollow section bar end heads with built-in core materials to form a side frame and respectively embedding flat board shaped partition boards and bearing strips under the partition boards in multiple annular installing grooves defined by the inner side of the side frame. The transportation cabinet bodies are connected with the box wall boards and are provided with a stacking positioning device, a logistic information part storage device and a container entrance guard device respectively. The tray is a frame tray formed by respectively connecting multiple tray feet provided with transverse connecting arms to multiple hollow section bars with built-in core materials or is an integrated tray identical to the frame tray in shape and having interchangeability.

Description

technical field [0001] The invention relates to the technical field of storage and transportation equipment manufacturing in the logistics and warehousing industry, in particular to a specific structure of a detachable multifunctional storage and transportation cabinet and an assembly method thereof. Background technique [0002] At present, the storage and transportation turnover boxes used in the logistics and warehousing industry, except for large containers, are mostly self-made, single-function, and messy cardboard boxes, plastic boxes, wooden crates, iron boxes, plastic barrels, and iron boxes. Barrels, etc., it is generally difficult to use them repeatedly across business formats. As a result, in the process of logistics storage and transportation, there are miscellaneous specifications of storage and transportation boxes, difficulty in storage stacking, high difficulty in cargo identification, low moisture-proof and waterproof levels, and low security. There are many...

AI Technical Summary

Problems solved by technology

[0002] At present, the storage and transportation turnover boxes used in the logistics and warehousing industry, except for large containers, are mostly self-made, single-function, and messy cardboard boxes, plastic boxes, wooden crates, iron boxes, plastic barrels, and iron boxes. Barrels, etc., it is generally difficult to use them repeatedly across business formats. As a result, in the process of logistics storage and transportation, there are miscellaneous specifications of storage and transportation boxes, difficulty in storage stacking, high difficulty in cargo identification, low moisture-proof and waterproof levels, and low security. There are many disadvantages such as extensive measures, low access and turnover efficiency, large waste of storage and transportation space, and few recycling times.

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